KR20220039142A - Handsfree reader for industrial - Google Patents

Abstract

The present invention relates to an industrial hands-free reader. Specifically, the present invention relates to a wearable industrial hands-free reader that can conveniently photograph an industrial code image, a production facility instrument panel image, and a production product image. Disclosed is the industrial hands-free reader comprising: a glove worn by a user; a wireless reader holder that is detachably fixed to one-side area of an upper surface of the glove; and a wireless reader insert-fixed in the wireless reader holder, and collecting industrial code and industrial production information according to an external force action of the user.

Description

Industrial hands-free reader {Handsfree reader for industrial}

The present invention relates to an industrial hands-free reader, and more particularly, to a wearable industrial hands-free reader capable of photographing an industrial code image, a production facility instrument panel image, and a product image signboard.

A barcode reader and a wearable barcode reader device having a barcode reader disclosed in Prior Patent Documents 10-0869703 and WO 2020/117166 provide a barcode reader device for recognizing only barcodes and a wearable reader device. The wearable barcode reader device disclosed in this prior patent document has the advantage of freeing the user's hand, but can only recognize barcodes and is limited in obtaining various production information generated in the production site.

Republic of Korea Patent Publication No. 2001-0106804 Republic of Korea Patent Publication No. 10-1462109 Republic of Korea Patent Publication No. 10-2110723 Republic of Korea Patent Publication No. 10-0869703 Republic of Korea Patent Publication No. 10-2006-0081857 Japanese Laid-Open Patent Publication JP 2020-77259 WO 2020/117166

Therefore, the present invention was created to solve the problems described above, and to provide an invention that can intelligently perform production management by generating industrial code images, production equipment instrument panel images, and product images and analyzing the images. There is a purpose.

Another object of the present invention is to provide an invention that can simply and easily obtain production-related image information by allowing a worker to wear a wireless reader in a wearable form on the hand of a worker.

However, the objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned will be clearly understood by those skilled in the art from the following description.

The above-described object of the present invention is a wearable glove that is worn by a user and detects and transmits the user's biometric information according to wearing, a wireless reader holder that is detachably fixed to one side of the glove, and a wearable glove while being inserted and fixed in the wireless reader holder A production process that is electrically connected and collects production information based on information transmitted from a wireless reader and wireless reader that captures industrial codes and industrial production information according to the user's external force, verifies production quality, and manages product production It can be achieved by providing an intelligent production process management device that includes a worker safety management unit that analyzes the working position and health of the worker based on the information transmitted from the management unit and the wireless reader, and transmits the analyzed data to the production process management unit there is.

In addition, the wearable glove includes a trigger button unit disposed in front of the thumb insertion groove so that the user can push with the thumb when wearing the glove through the thumb insertion groove, and biometric information detection provided in the wearable glove to detect the biometric information. It includes a sensor unit, the wireless reader holder is electrically connected to the trigger button unit, and a trigger contact unit formed on the upper surface of the wireless reader holder so that the contacts are electrically connected to each other when the wireless reader is inserted and coupled to the wireless reader holder; It is electrically connected to the information detection sensor unit, and includes a biometric information contact unit formed on the upper surface of the wireless reader holder so that the contacts are electrically connected to each other when the wireless reader is inserted and coupled to the wireless reader holder.

In addition, the wireless reader has a camera unit disposed in front to simultaneously shoot industrial code and industrial production information, and first and second reference points disposed on the left and right sides of the camera unit to investigate reference points for photographing industrial code and industrial production information, respectively. The display unit disposed on the upper surface of the wireless reader to display the image image taken from the transmitter, the camera unit, or to display the operation information of the wireless reader, the industrial code received from the camera unit, and information on the equipment instrument panel, including industrial codes and instrument panel information. A production information leader unit that relays production information to the production process management unit, a quality information leader unit that relays quality information at the production site including industrial codes and product images received from the camera unit to the production process management unit, and a quality information leader unit that relays It includes a shipment information reader unit that relays product shipment information made at the production site, including industrial codes, to the production process management unit.

In addition, by setting the image area to be analyzed, and analyzing the production information transmitted from the image analysis unit that analyzes the equipment instrument panel information in images and converts it into text information, and the production information reader unit, the production location, production time, and production workers are identified. Based on the data transmitted from the production information recognition unit to analyze and recognize the production information recognition unit, the production information recognition unit to analyze the production status based on the industrial code transmitted from the production information reader unit and the text information transmitted from the image analysis unit A work flow analysis unit that analyzes the flow of the production work process and changes the production work process so that the production work proceeds efficiently; Based on the data transmitted from the flow analysis unit, quality verification unit, and worker safety management unit, the production management analysis unit manages and analyzes work proficiency, worker health status, and manufactured products, and product shipment that manages and reports product shipments by recognizing industrial codes It includes a cloud server unit for managing and storing the generated data, and further includes an image learning unit for providing the learned data to the production status analysis unit and the quality verification unit.

In addition, the image learning unit receives the industrial code image, the equipment instrument panel information image, and the product image from the image analysis unit 430 and learns the industrial code image transmitted from the production information image learning unit and the image analysis unit 430 for learning respectively. Production that transmits product information of industrial codes recognized by the quality verification unit, recognizes the product image transmitted from the image analysis unit 430 by learning, and transmits product information of the product recognized to the quality verification unit It includes a product recognition learning unit, and the quality verification unit compares the product information of the industrial code and the product information of the manufactured product with each other to verify whether the manufactured product matches the recognized industrial code, and the external image and image included in the product information of the manufactured product The product images transmitted from the analysis unit are compared and verified.

In addition, the worker safety management unit collects the health information of the worker based on the data transmitted from the biometric information detection sensor unit, and collects the location of the safety accident according to the location information of the worker transmitted from the wireless reader. It includes an accident location determination unit and a health condition analysis unit that analyzes the health condition of the worker according to the worker’s health information and location information. It generates a command by comparing it with a preset condition, and further includes an operator change instruction unit for transmitting the replacement instruction instruction to the operator's wireless reader.

On the other hand, an object of the present invention is a glove worn by a user, a wireless reader holder that is detachably fixed to one area of the upper surface of the glove, and is inserted and fixed in a wireless reader holder, and collects industrial codes and industrial production information according to the user's external force action It can be achieved by providing an industrial hands-free reader, characterized in that it includes a wireless reader.

In addition, the glove pushes with the thumb when the user wears the glove through the glove front Velcro tape disposed in the first area of the upper surface of the glove, the thumb insertion groove formed in the second area of the glove, and the thumb insertion groove The trigger button part disposed in front of the thumb insertion groove to make it possible, the holder Velcro tape disposed in the third area of the upper surface of the glove, and the third area of the lower surface of the glove are disposed in the first area when the glove is worn. It includes a curved part protruding from the front of the second region so that the glove front velcro tape moved to the third region and the glove rear velcro tape detachably coupled, and the trigger button part are disposed in front of the thumb insertion groove.

In addition, the wireless reader cradle is a base support that protrudes forward to support from the lower part of the wireless reader when the wireless reader is inserted, and the wireless reader is guided by the left coupling guide curved in the right direction. The wireless reader is guide inserted into the support coupling part, the right coupling guide curved in the left direction, so that the right support coupling part supporting and coupling the wireless reader from the right side and the trigger button part are electrically connected, and the wireless reader is inserted and coupled to the wireless reader cradle It includes a trigger contact portion formed on the upper surface of the wireless reader cradle so that the contacts are electrically connected to each other at the time.

In addition, it further includes a holder fixing Velcro tape for attaching and detaching the wireless reader holder by attaching and detaching the holder Velcro tape and each other while being disposed inside the trigger contact unit and the left and right support coupling units.

In addition, the wireless reader is a reader disposed in front to simultaneously shoot or scan the industrial code and industrial production information, the first disposed on the left and right sides of the camera unit to investigate the reference point for photographing the industrial code and industrial production information, respectively; 2 A reference point transmitter, a display unit disposed on the upper surface of the wireless reader to display images captured from the camera unit or operation information of the wireless reader, and a shooting button unit disposed on the upper surface of the wireless reader to operate the camera unit , an indicator light disposed on the upper surface of the wireless reader to display the battery status, Bluetooth connection status and reader status of the wireless reader, an interface part disposed at the rear to interface with the outside, the rear left and the rear left to engage with the left and right support coupling parts It includes left and right engaging grooves formed in the right region.

According to the present invention as described above, there is an effect that can efficiently perform production management by photographing a barcode, a QR code, a product image, and an image of a production equipment instrument panel.

The following drawings attached to the present specification illustrate a preferred embodiment of the present invention, and serve to further understand the technical spirit of the present invention together with the detailed description of the present invention, so the present invention is limited to the matters described in those drawings It should not be construed as being limited.
1 is a view showing a glove of an industrial hands-free reader according to an embodiment of the present invention;
2 is a view showing a wireless reader holder attached to a glove according to an embodiment of the present invention;
3 is a view showing a holder fixing velcro tape for attaching and detaching a wireless reader holder according to an embodiment of the present invention;
4 is a view showing a wireless reader mounted on a wireless reader cradle according to an embodiment of the present invention;
5 is a diagram illustrating a wireless reader photographing a barcode and a facility instrument panel according to an embodiment of the present invention;
6 is a view showing an industrial hands-free wireless reader according to an embodiment of the present invention,
7 and 8 are diagrams showing a schematic configuration of an intelligent production process management device according to an embodiment of the present invention,
9 is a diagram illustrating a worker safety management unit and an operator change instruction unit according to an embodiment of the present invention.

Hereinafter, a preferred embodiment of the present invention will be described with reference to the drawings. In addition, one embodiment described below does not unreasonably limit the content of the present invention described in the claims, and it cannot be said that the entire configuration described in the present embodiment is essential as a solution for the present invention. In addition, descriptions of the prior art and matters obvious to those skilled in the art may be omitted, and the description of the omitted components (methods) and functions may be sufficiently referenced within the scope not departing from the technical spirit of the present invention.

(Configuration and function of industrial hands-free reader)

An industrial hands-free reader according to an embodiment of the present invention includes a glove 100 as shown in FIG. 1 . The glove 100 is preferably made of a flexible material that can wrap the user's hand. 1, the glove front Velcro tape 111 is formed and disposed on the left side of the upper surface 110 of the glove 100 with reference to FIG. In the central region of the glove 100 , a thumb insertion groove 130 is formed long forward and backward, and a trigger button part 113 is formed in front of the thumb insertion groove 130 of the upper surface 110 of the glove 100 . is formed and placed. In the region on the right side of the upper surface 110 of the glove 100, the holder Velcro tape is formed and arranged, and in the region on the right side of the lower surface 120 of the glove 100, the glove rear Velcro tape 121 is formed and arranged.

While inserting the user's thumb from the lower side of the thumb insertion groove 130 to the upper direction, the penetrating thumb is naturally positioned in the area where the trigger button unit 113 is disposed. And the glove front velcro tape 111 moves to the side of the glove rear velcro tape 121 while wrapping the user's palm and back in a clockwise direction so that the glove front velcro tape 111 and the glove rear velcro tape 121 are detachably coupled to each other. do. As such, when the glove 100 is worn on the user's hand, it may have a shape as shown in FIG. 6 .

On the other hand, the trigger button unit 113 is located in front of the thumb insertion groove 130 so as to be easily pressed with the user's thumb. In order for the trigger button part 113 to be disposed in the front of the glove 100 , as shown in FIG. 1 , a bent region or a bent part 101 is formed in front of the central region of the glove 100 . The trigger button unit 113 may operate the camera unit 311 together with a photographing button unit 320 to be described later. A trigger protection pad part 113a surrounding the trigger button part 113 may be disposed and fixed in the front area in order to prevent a shooting error due to an erroneous input. The trigger protection pad part 113a is preferably made of a flexible pad having a certain thickness so that the trigger button part 113 does not operate by a weak external force, and is operated only when an external force greater than a certain force is applied.

As shown in FIG. 2 , the wireless reader holder 200 according to an embodiment of the present invention is detachably coupled to the holder Velcro tape 112 . Therefore, on the rear side of the wireless reader holder 200, a Velcro tape on the rear side of the holder that can be detachably coupled with the holder Velcro tape 112 is disposed.

The wireless reader holder 200 includes a base support 201, a left support coupling part 202 (left coupling guide), and a right support coupling part 203 (right coupling guide) to mount the wireless reader 300. The base support part 201 extends long in the longitudinal direction, and a left support coupling part 202 and a right support coupling part 203 are formed on the left and right sides of the lower end of the base support part 201 , respectively. The left support coupling part 202 and the right support coupling part 203 each have curved surfaces (left curved surface and right curved surface) bent in opposite directions so that the wireless reader 300 can be inserted and fixed in the guide.

A trigger contact part 210 is provided in the upper region of the base support part 201 . The trigger contact unit 210 is electrically connected to the trigger button unit 113 with a connection wire 10 , and the trigger contact unit 210 is a wireless reader 300 as shown in FIG. 4 , a wireless reader holder 200 . When inserted and fixed to the wireless reader 300, the contact portion (not shown) on the rear side and the mutual contact are electrically connected.

As shown in FIG. 3, the holder fixing Velcro tape 220 is for attaching and detaching the wireless reader holder 200 to the glove, and the holder fixing Velcro tape 220 and the holder Velcro tape 112 are connected to each other by attaching and detaching to each other. The reader holder 200 is fixed to the glove. The holder fixing velcro tape 220 covers the upper surface of the wireless reader holder 200 inside the virtual line connecting the trigger contact part 210 and the left and right support coupling parts 202 and 203, the holder Velcro tape 112. and detachably coupled with

As shown in FIGS. 4 and 5 , the wireless reader 300 processes photographing information by photographing a barcode, a QR code, and an instrument panel. To this end, the camera unit 311, the first and second reference point transmission units 312a and 312b, the display unit 315, the shooting button unit 320, the indicator lights 331, 332, 333, and the first and second coupling grooves 341 and 342 are provided. be prepared

The first and second coupling grooves 341 and 342 are formed on the rear left and right sides of the wireless reader 300 to be detachably coupled to the left and right support coupling parts 202 and 203, respectively.

The camera unit 311 is provided in front of the wireless reader 300 . The camera unit 311 photographs the barcode 21 and the equipment instrument panel 22 attached to the industrial equipment 20 respectively or simultaneously, as shown in FIG. 5 . At this time, since the user wears the glove 100 on the user's hand as shown in FIGS. 5 and 6 , the user knows whether the photographing area of the camera unit 311 is the direction in which the barcode 21 and the equipment instrument panel 22 can be accurately photographed. it's difficult. Therefore, it is preferable to arrange the first and second reference point transmission units 312a and 312b capable of accurately indicating the range of the photographing area on the left and right sides of the camera unit 311 . That is, when the user presses the shooting button unit 320 or the trigger button unit 113, the picture is not immediately taken, but infrared or laser beams are transmitted from the first and second reference point transmitting units 312a and 312b to the barcode 21 and facility The reference point of the shooting area is first presented by irradiation with the instrument panel 22, and the direction and angle of the camera unit 311 are adjusted by moving the user's hand according to the presentation of the reference point, and then the shooting button unit 320 or the trigger button unit again When (113) is pressed, it is desirable to take a picture at this time.

The display unit 315 displays the barcode image and the facility instrument panel image captured by the camera unit 311 to the user. Accordingly, it is possible to check whether the user's photographed image has been properly photographed. If the photographed image is blurry or was photographed incorrectly, take the photograph again. The display unit 315 displays various types of operation information of the wireless reader 300 in addition to displaying the photographed image so that the user can conveniently know the operation state.

The interface unit (not shown) is provided at the rear of the wireless reader 300 and is connected to exchange data with the outside. Such an interface unit may be a USB connection unit or the like.

The wireless reader 300 includes a location information generator (not shown). The location information generating unit is tagged along with the photographed image, image photographing time, and user information and transmitted to the production information processing unit. The location information generating unit generates a location where the wireless reader 300 is used. That is, when the worker wears the industrial hands-free reader according to the present invention and takes a picture in a certain area inside the factory, the location information generating unit generates and transmits location information of the used point. The wireless reader 300 includes a time generator (not shown). That is, the time generator generates and transmits the usage time of the wireless reader. In this case, the usage time and the photographed image are tagged with each other. The operator information may have already been input to the wireless reader 300 .

Meanwhile, various methods may be performed to obtain location information using a wireless reader. As an example, in the case of photographing the instrument panel, the location of the facility can be recognized through the information assigned to the instrument panel, and the location of use can be found through this. As another example, the location of use may be determined via Bluetooth.

The wireless reader 300 is provided with a collar that can be worn on the neck or waist for convenient portability, so that it can be worn on a waist hanger or a neck hanger. Therefore, only when photographing is necessary, it can be attached to the wireless reader cradle 200 and photographed.

(Configuration and function of intelligent production process management device)

An intelligent production process management device according to an embodiment of the present invention is a wearable glove 100, a wireless reader holder 200, a wireless reader 300, a production process management unit 400, as shown in FIGS. 1 and 7, It includes a worker safety management unit 500 , an image learning unit 600 , and a cloud server unit 700 .

The wearable glove 100 according to an embodiment of the present invention further includes a biometric information detection sensor unit 140 in addition to the glove description described above. The bio-information detection sensor unit 140 is provided on the glove and includes a heart rate sensor unit 141 , an active oxygen sensor unit 142 , and an electromyography sensor unit 143 to detect the operator's bio-information. Each sensor unit may be provided as an integrated module or may be provided at a position that can best detect the operator's biometric information. The biometric information detection sensor unit 140 detects the worker's biometric information in real time while the worker is wearing the glove 100 and transmits the sensor's biometric information to the wireless reader 300 .

On the other hand, in order to transmit each biosignal detected by the biometric information detection sensor unit 140 to the wireless reader 300 , each heart rate contact unit, active oxygen contact unit, and electromyography contact unit of the biometric information detection sensor unit 140 and The biometric information contact units provided in the wireless reader cradle 200 are electrically connected to each other. Accordingly, when the wireless reader 300 is inserted and coupled to the wireless reader holder 300 , biometric information generated from each sensor is transmitted to the wireless reader 300 through the wireless reader holder 200 .

In addition to the above description, the wireless reader 300 according to an embodiment of the present invention includes a production information reader 351, a quality information reader 352, a shipment information reader 353, and a data classification unit (drawing). not shown) are included. The data classification unit receives each industrial code, industrial production information, and product image data photographed from the camera unit 311 and classifies each according to the shooting location (ie, location-based) of the production site, and the production information reader unit 351, the quality The information is transmitted to the information reader unit 352 and the shipment information reader unit 353, respectively.

The camera unit 311 captures industrial codes, industrial production information, and products. Industrial codes are barcodes and QR codes, and industrial production information is information displayed on the instrument panel of production facilities. Therefore, the camera unit 311 generates a barcode or QR code image, creates an image of an instrument panel of an industrial production facility, and takes a product image of the produced product.

The production information reader unit 351 relays and transmits various production information images made at the production site, including the industrial code image and the equipment instrument panel information image, received from the data classification unit, to the production process management unit. The quality information reader unit 352 relays and transmits, to the production process management unit, various quality information images made at the production site including the industrial code image and the product image received from the data classification unit. The shipment information reader unit 353 relays and transmits various product shipment information images made at the production site, including the industrial code image received from the data classification unit, to the production process management unit.

7, the production process management unit 400 according to an embodiment of the present invention collects production information based on the information transmitted from the wireless reader 300, verifies production quality, and manages product production. .

The image analysis unit 430 sets an image area to be analyzed for each image transmitted from the Seongsan information reader unit 351 , the quality information reader unit 352 , and the shipment information reader unit 353 , and sets the set image area. Analyze the image based on As an example, barcode information or QR code information included in the industrial code image is analyzed and converted into text information. In addition, by analyzing the production status (for example, the production quantity and the facility status of the facility) included in the facility instrument panel information image, it is converted into text information. In addition, the image of the product to be compared with the actual product is processed and analyzed. The image analysis unit 440 divides and transmits the image analyzed data according to the transmitted location information of the wireless reader 300 to the production status analysis unit 420 , the quality verification unit 440 , or the product shipping unit 470 . .

The production information recognition unit 410 analyzes and recognizes the production location, production time, and production worker by analyzing the production information transmitted from the production information reader 351 . To this end, it includes a production location recognition unit 411 , a production time recognition unit 412 , and a production worker recognition unit 413 . The production location recognition unit 411 receives the photographing location from the wireless reader 300 and records and manages production location information. The wireless reader 300 includes a location information generator 360 , and the location information generator 360 may generate location information of the wireless reader 300 using Bluetooth or the like. The production time recognition unit 412 receives the time taken by the wireless reader 300 and records and manages production time information. The wireless reader 300 may further include a timer unit (not shown) capable of calculating the shooting time. The production worker recognition unit 413 records and manages production worker information and photographing object information transmitted from the wireless reader 300 . The wireless reader 300 may be assigned to each worker, and production worker information may be assigned according to a unique identification ID of the wireless reader 300 .

The work flow analysis unit 450 receives the above-described production location information, production time information, and production worker information and photographing object information (which equipment or product was photographed) and analyzes the flow of the production operation process, and the production operation is Analyze and change the production work process to proceed efficiently. Optimize the work flow based on the analyzed production flow. As an example, if a certain worker is replacing someone else's work other than his/her own work, if the worker's production speed does not meet the standard, if the worker's work flow does not move according to the predetermined work flow, etc. to correct And the work flow analysis unit 450 converts the analyzed production flow data to the production management analysis unit 460 so that overall production management is performed.

The production status analysis unit 420 analyzes the production status based on the characterized industrial code and product production information transmitted from the image analysis unit 430 as shown in FIG. 8 . To this end, the industrial code analysis unit 421 records and analyzes barcode information or QR code information transmitted from the image analysis unit 430 . The production information analysis unit 422 records and analyzes the production status information of each facility transmitted from the image analysis unit 430 . Therefore, the production status analysis unit 420 categorizes each barcode or QR code and the production status information to match each other, and records and stores. Data is shared by transmitting the generated information to the cloud server unit 700 , and is also transmitted to the production management analysis unit 460 to manage the entire production in real time.

The quality verification unit 440 verifies the quality of the product according to the learned data. The quality of the manufactured product verifies the external quality, such as whether the actually produced product matches the industrial code (production error check) and whether the shape or shape of the actually produced product is suitable for the quality. To this end, the quality verification unit 440 includes a product recognition unit 441 , an industrial code analysis unit 442 , and a product verification unit 443 , and receives the learned data from the image learning unit 600 to produce quality check the

Accordingly, the image learning unit 600 includes a production information image learning unit (not shown) and a product recognition learning unit (not shown). The production information image learning unit receives the industrial code image, the equipment instrument panel information image, and the product image corresponding to the industrial code from the image analysis unit 430 and learns each. That is, learning is performed based on the numerous processed image data provided by the image analysis unit 430 to identify information contained in industrial codes, information recorded on equipment dashboards, and various production products. When the learning by the production information image learning unit is completed, the product recognition learning unit receives various images generated at the actual production site from the image analysis unit 430 .

The product recognition learning unit recognizes the industrial code image transmitted from the image analysis unit 430 by learning and transmits product information of the recognized industrial code to the product recognition unit 441 . In addition, the product recognition learning unit recognizes the product image transmitted from the image analysis unit 430 by learning and transmits product information of the recognized product to the product recognition unit 441 .

The product verification unit 443 compares the product information of the industrial code and the product information of the manufactured product from the product recognition unit 441 to verify whether the manufactured product matches the industrial code, and if it does not match, it is determined to be defective . In addition, the product verification unit 443 compares the exterior image included in the product information of the manufactured product with the product image transmitted from the image analysis unit 430 to determine a defect when the exterior appearance is different from each other. The product verification unit 443 transmits the generated verification data to the production management analysis unit 460 to analyze the overall production management.

The production management analysis unit 460 is based on the data transmitted from the production status analysis unit 420, the work flow analysis unit 450, the quality verification unit 440, and the worker safety management unit 500, job proficiency, worker health Manage and analyze status and real-time production products.

The product shipment unit 470 manages and reports product shipment by recognizing the industrial code provided from the image analysis unit 430 .

On the other hand, the worker safety management unit 500 according to an embodiment of the present invention analyzes the work location and health status of the worker based on the information transmitted from the wireless reader 300, and uses the analyzed data to the production process management unit 460 send to To this end, the worker safety management unit 500 includes a worker health information collection unit 510 , a safety accident location determination unit 520 , and a health condition analysis unit 530 .

The worker health information collection unit 510 collects and manages the worker's health information based on the heart rate data, active oxygen data, and electromyography data transmitted from the biometric information detection sensor unit 140 .

The safety accident location determining unit 520 collects the safety accident location according to the location information of the operator transmitted from the location information generating unit 360 of the wireless reader. Safety accidents refer to accidents that can occur to workers at the manufacturing site, such as accidents caused by health problems at the production site, or injuries by work machines. Analysis and collection may be performed by the information collection unit 510 .

The health state analysis unit 530 analyzes the health state of the worker according to the health information and location information of the worker. That is, heart rate data, active oxygen data, and electromyography data may all be different depending on the worker's work location (for example, a place with a poor work environment and a place where the work environment is not). You can check the health and safety of workers.

The worker change instructing unit 480 generates a replacement instruction command instructing the worker to rest or replace according to the health condition of the worker determined by the worker safety management unit 500 by comparing it with a preset change condition, and transmits the replacement instruction command to the worker. It is transmitted to the wireless reader 300 . The wireless reader 300 that has received the replacement instruction command notifies the worker in question so that the worker can take a break.

In the description of the present invention, the description may be omitted for matters obvious to those skilled in the art and those skilled in the art, and the description of these omitted components (methods) and functions will be sufficiently referenced within the scope not departing from the technical spirit of the present invention. will be able In addition, the above-described components of the present invention have been described for convenience of description of the present invention, and components not described herein may be added within the scope without departing from the technical spirit of the present invention.

The description of the configuration and function of each part described above has been described separately for convenience of description, and if necessary, any configuration and function may be implemented by integrating into other components, or may be implemented more subdivided.

In the above, although described with reference to one embodiment of the present invention, the present invention is not limited thereto, and various modifications and applications are possible. That is, those skilled in the art will readily understand that many modifications are possible without departing from the gist of the present invention. In addition, it should be noted that, when it is determined that a detailed description of a known function related to the present invention and its configuration or a coupling relationship for each configuration of the present invention may unnecessarily obscure the gist of the present invention, the detailed description is omitted. something to do.

10: connecting wire
20: industrial equipment
21 : barcode
22: equipment instrument panel
100: Gloves
101: bend (or bend region)
110: upper surface of the glove
111: Velcro tape on the front of the glove (female)
112: holder velcro tape (female)
113: trigger button unit
113a: trigger protection pad part
120: glove lower surface
121: Velcro tape on the back of the glove (male)
130: thumb insertion groove
140: biometric information detection sensor unit
141: heart rate sensor unit
142: active oxygen sensor unit
143: electromyography sensor unit
200: wireless reader holder
201: base support
202: left support coupling part (or left coupling guide)
203: right support coupling part (or right coupling guide)
210: trigger contact part
220: Velcro tape for fixing the holder
300: wireless reader
300a: first wireless reader
300b: second wireless reader
300c: third wireless reader
311: camera unit
312a: first reference point transmitter
312b: second reference point transmitter
315: display unit
320: shooting button unit
331: Bluetooth indicator
332: battery indicator
333: shooting indicator
341: first coupling groove
342: second coupling groove
351: Production information leader unit
352: Quality information leader unit
353: shipment information reader unit
360: location information generating unit
400: production process management department
410: production information recognition unit
411: production location recognition unit
412: production time recognition unit
413: production worker recognition unit
420: production status analysis department
421: industrial code analysis unit
422: production information analysis unit
430: image analysis unit
440: quality verification unit
441: product recognition unit
442: industrial code analysis unit
443: Product Verification Department
450: work flow analysis unit
460: production management analysis department
470: product shipping department
480: operator change instruction unit
500: worker safety management department
510: worker health information collection unit
520: safety accident location determination unit
530: health state analysis unit
600: image learning unit
700: cloud server unit

Claims (5)

Gloves worn by the user;
A wireless reader holder that is detachably fixed to one area of the upper surface of the glove;
An industrial hands-free reader, which is inserted and fixed in the wireless reader cradle, and includes a wireless reader that collects industrial codes and industrial production information according to a user's external force action.
The method of claim 1,
The glove is
Velcro tape on the front of the glove disposed in the first area of the upper surface of the glove;
a thumb insertion groove formed in the second region of the glove;
A trigger button part disposed in front of the thumb insertion groove so that a user can push it with a thumb when wearing a glove through the thumb insertion groove;
Velcro tape for a holder disposed on the third area of the upper surface of the glove;
The glove rear velcro tape detachably coupled to the glove front velcro tape moved from the first region to the third region when the glove is worn by being disposed in the third region of the lower surface of the glove;
and a bent portion protruding from the front of the second region so that the trigger button portion is disposed in front of the thumb insertion groove.
3. The method of claim 2,
The wireless reader cradle,
a base support formed to protrude forward to support from a lower portion of the wireless reader when the wireless reader is inserted;
A left support coupling part for supporting and coupling the wireless reader from the left side by inserting the guide into the left coupling guide curved in the right direction;
A right support coupling part for supporting and coupling the wireless reader from the right side by the guide insertion of the wireless reader into the right coupling guide curved in the left direction;
and a trigger contact unit electrically connected to the trigger button unit and formed on the upper surface of the wireless reader holder so that the contacts are electrically connected to each other when the wireless reader is inserted and coupled to the wireless reader holder. Hands-free reader.
4. The method of claim 3,
Industrial hands-free reader characterized in that it further comprises a cradle fixing velcro tape for attaching and detaching the wireless reader cradle by attaching and detaching the cradle velcro tape and each other while being disposed inside the trigger contact part and the left and right support coupling parts.
5. The method of claim 4,
The wireless reader is
A reader unit disposed in front to simultaneously photograph or scan the industrial code and industrial production information;
First and second reference point transmitters respectively disposed on the left and right sides of the camera unit to investigate reference points for photographing the industrial code and industrial production information;
a display unit disposed on the upper surface of the wireless reader to display the image image taken from the camera unit or to display operation information of the wireless reader;
A photographing button unit disposed on the upper surface of the wireless reader to operate the camera unit;
an indicator light disposed on the upper surface of the wireless reader to display the battery status, Bluetooth connection status, and reader status of the wireless reader;
an interface unit disposed at the rear to interface with the outside;
and left and right coupling grooves formed in the rear left and right regions to engage the left and right support coupling parts.

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